Description:
, this detector is a lower cost alternative to the deep depletion CCD, with no etaloning. The dynamic range of this SyncerityTM camera is unmatched at 92.5dB (in image mode) and the CCD's tall format is an excellent fit for imaging spectroscopy applications. Its flexible design allows our OEM dedicated team

Description:
The Phenom Pro desktop SEM is one of the most advanced imaging models in the Phenom series. With its long-life high-brightness CeB6 electron source, the Phenom Pro creates state-of-the-art images with a minimum of user maintenance intervention. The backscattered-electron detector (BSED

Description:
) Image Stabilization System for less blurred pictures
Catch the action with inbuilt motion detector
Incredible zoom rate and clarity
Catch the memory of that moment with the Nikon Coolpix L24 26239 DigitalCamera!

Description:
The CC5MPX is a high-resolution digital network camera with video capabilities. It requires little power, making it ideal for battery-powered installations. The camera can produce images of up to 5 megapixels, and has a rugged environmental case that allows it to be used outside in extremes

Description:
is on and displays the white hot light of the active bulbs.
The picture above demonstrates the same fluorescent warehouse light using a digitalcamera with flash.
The Remote Controlled Thermal Imaging Infrared Camera runs off 9 - 32VDC and has a frequency of 30 Hertz. At 6.75" L x 7.25" W x 8&quot

Description:
high speed 18-bit analog-to-digital converter and 4-port parallel readout to simultaneously deliver low noise, high dynamic range and ultra fast readout times. The optional Saturn 944 HG detector features the same advanced technology, with an even larger 94 mm x 94 mm image area, and is the best

Description:
of the thermal images is four times higher. • Thermal sensitivity < 50 mK: Thanks to an excellent temperature resolution of < 50 mK, even the smallest temperature differences are visible. • Built-in digitalcamera with power LED's: Parallel to the thermal image, a real image of each

Description:
and thermal images are available for use in reports. This speeds up documentation by reducing the need to look for individual images taken with a separate digitalcamera. IR Fusion helps to better identify and report suspect components and enable the repair to be done right the first time.
Large, sharp

Description:
on SPOT monitor or time multiplex multiple camera images on a digital output for network function. The TW2851 has an audio CODEC which has four audio ADCs and one DAC. A built-in audio controller can generate digital outputs for recording/mixing and accept digital input for playback. Multiple

Description:
response of 7.5 to 14µm.
The Fluke Ti10 thermal imager uses Fluke's IR-Fusion® Technology which simultaneously captures both a digital photo as well as the infrared image and fuses them together making it easier to identify features and taking the mystery out of IR image analysis. Simply

PHOTONIS Technologies SASCustom CMOS ImageSensors
The LYNX CMOS Sensor is the first Homeland Security Digital Sensor based on full solid-state technology operating in both daylight and low-light level (equivalent to quarter moon). The LYNX CMOS sensor offers new to connect night vision to urban and suburban surveillance at night and to support advanced applications such as fusion of digital images such as visible (at night) and infra-red (IR). Learn more. The KAMELEON CMOS color imaging sensor is the first operational sensor specifically...
(read more)Browse CMOS Image Sensors Datasheets for PHOTONIS Technologies SAS

as it is digitized, rather than compressing image data after digitization. It involves a single-photon detector whose output is digitized and then transmitted to a digital signal processor. The DSP uses sophisticated algorithms to reassemble the data into a version of the original image. Researchers at Rice

. The light emitted via fluorescence in the scintillator is then. absorbed by the detector and converted to an electronic image. Some detectors can be equipped with different scintillators in order to optimize their sensitivity and resolution for a given application. In particular, the Shad-o-Box digital

Why Analog Is Cool Again Super-sensitive switches etched in silicon? This is not your father's solid state. Sharp, vibrant, incredibly detailed: The pictures produced by Foveon's X3 image sensor chip are seductive evidence that pixels will displace film. The Sigma SD9 - the first commercial camera

The required readout accuracy for the fractional parts can also be used to determine the
characteristics of the image detectors ( digital CCD cameras ) [their sensitivity and resolution] and set specifications for
the choice of cameras on the basis of these calculations.

The PT image acqui-
sition algorithm includes the registration of the two-probe
laser images by an image detector � digital camera �the
first one before the pump pulse (base image) and the
second 20 ns after the pump pulse (heated image �

Range-gating techniques have been used ; the light source was
a pulsed Nd-YAG laser emitting at A = 532 nm and the imaging detectors either a gated digital camera (for global imaging) or a
photomultiplier associated with a transient analyser (for scanning �

Both traditional and novel high-resolution imaging approaches
were examined for their applicability to site certification.9'2
Traditional optical imaging approaches included framing array
cameras and push-broom cameras with CCD detectors producing digital imaging Several novel, nonoptical, nonimaging technologies were also �